Behavioral addictions, such as gambling or internet use, share neurobiological features with substance use disorders. The neurobiology of behavioral addiction involves the activation of the brain's reward pathways, particularly the mesolimbic dopamine system, which drives compulsive behavior. When individuals engage in addictive behaviors, they experience a surge in dopamine release, leading to feelings of pleasure and reinforcing the behavior. Over time, repeated activation of these pathways can result in tolerance, where more of the behavior is needed to achieve the same rewarding effect, and withdrawal symptoms when the behavior is discontinued. Understanding the neurobiology of behavioral addiction has led to the development of pharmacological treatments aimed at modulating dopamine transmission, as well as behavioral interventions to address the psychological components of addiction.
Title : Integrating bibliopoetry therapy and digital health technologies for inflammation management: A neuropsychosomatic perspective
Nile Stanley, University of North Florida, United States
Title : Reduction of chronic neuropathic pain by a THC-CBD combination capsule: ongoing pilot study
Frederick J Goldstein, Philadelphia College of Osteopathic Medicine, United States
Title : Suicide prevention strategies for the law enforcement profession
Stephanie Schweitzer Dixon, SSD Consulting, United States
Title : The twelve steps beyond alcohol: Applying recovery principles to food, perfectionism, and modern behavioral addictions
Mary Dobson, Liftwell Health, United States
Title : Understanding polyvagal dysregulation, addiction, and relationships: A holistic framework for mental health and recovery
Kimberly Lannon, Your Daily Game Face, United States
Title : Kratom: Exploring its pharmacology, mental health effects, and new challenges for addiction and behavioral health experts
Kimberly Lannon, Your Daily Game Face, United States